Optimizing hydrogel performance composed of Japanese pagoda tree extract loaded-gelatin-sodium alginate-polyethylene oxide for biomedical applications: Influence incorporated calcium-based metal organic frameworks and zinc oxide NPs

Authors

Reham A. Shams-Eldin
Tasneem Abed
Shaza H. Aly
Rana haikal
Rana R. Haikal
shahira elmosalamy
esraa abdelaziz
mohamed helmy
ahmed ali
noura eissa
yasser elnakady
mahmoud elsabahy
elbadawy kamoun

Document Type

Article

Publication Date

Spring 4-25-2025

Recommended Citation

Shams-Eldin, Reham A.; Abed, Tasneem; H. Aly, Shaza; haikal, Rana; R. Haikal, Rana; elmosalamy, shahira; abdelaziz, esraa; helmy, mohamed; ali, ahmed; eissa, noura; elnakady, yasser; elsabahy, mahmoud; and kamoun, elbadawy, "Optimizing hydrogel performance composed of Japanese pagoda tree extract loaded-gelatin-sodium alginate-polyethylene oxide for biomedical applications: Influence incorporated calcium-based metal organic frameworks and zinc oxide NPs" (2025). Nanotechnology Research Centre. 155.
https://buescholar.bue.edu.eg/nanotech_research_centre/155